📷 Image: Wikimedia Commons / Earth Science and Remote Sensing Unit, Lyndon B. J
Weather
Nepal floods highlight vulnerability of Arunachal's Khangri glacier
✍️ Hub News
🗓 02 Sep 2026, 12:37 PM
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Recent flooding in Nepal has drawn attention to the fragile Khangri glacier system in Arunachal Pradesh, raising concerns over its stability amid climate change.
Heavy monsoon rains caused extensive flooding in Nepal this week, prompting scientists and policymakers to reassess the condition of nearby Himalayan glaciers. Among those under scrutiny is the Khangri glacier system located in Arunachal Pradesh, which experts describe as particularly vulnerable to accelerated melt.
The glacier feeds several tributaries that eventually join rivers flowing into Nepal, meaning any rapid change in its mass balance could affect downstream water availability and flood risk. Researchers from Indian and international institutions have called for closer monitoring of Khangri, citing its steep slopes and limited historical data as risk factors.
Authorities in Arunachal Pradesh have indicated that they are reviewing existing glacier monitoring protocols and exploring collaborative studies with Nepalese agencies. While no immediate threat has been reported, the recent Nepal floods have underscored the need for proactive measures to safeguard the region’s water resources and communities.
The glacier feeds several tributaries that eventually join rivers flowing into Nepal, meaning any rapid change in its mass balance could affect downstream water availability and flood risk. Researchers from Indian and international institutions have called for closer monitoring of Khangri, citing its steep slopes and limited historical data as risk factors.
Authorities in Arunachal Pradesh have indicated that they are reviewing existing glacier monitoring protocols and exploring collaborative studies with Nepalese agencies. While no immediate threat has been reported, the recent Nepal floods have underscored the need for proactive measures to safeguard the region’s water resources and communities.